MAX3872
Abstract: Phase Frequency detector
Text: Design Note: HFDN-25.0 Rev.1; 04/08 Choosing an Optimal Filter Capacitor for the MAX3872 Multi-Rate CDR Maxim Integrated Products Choosing an Optimal Filter Capacitor for the MAX3872 Multi-Rate CDR 1 Introduction The MAX3872 is a clock and data recovery CDR
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HFDN-25
MAX3872
155Mbps
67Gbps,
52Mbps
Phase Frequency detector
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AD8015 Circuits
Abstract: ADN2926 AD8066 adn2927 tunable ROSA AD5390 AD5390-3 AD8015 ADN8831 AD7665
Text: Optical and High Speed Networking CONTINUOUS RATE CDR AND SERDES • BEST JTOL, JGEN, JTRAN OF ANY CDR • 12.5 Mbps to 2.7 Gbps and 10 Gbps BACKPLANE SWITCHES • 3.2 Gbps SWITCH FOR REDUNDANCY OPTICAL TRANSCEIVER PIN TIA LIMITING AMP LASER LDD CDR EYE OPENER
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ADN2815
ADN2816
B05369-50-2/05
AD8015 Circuits
ADN2926
AD8066
adn2927
tunable ROSA
AD5390
AD5390-3
AD8015
ADN8831
AD7665
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ifr 4000 pcb circuit diagrams
Abstract: hd-sdi pcb layout M21260 14305H 212xx-SWG-001 M21262 mf10 pcb layout mindspeed 424M HD-SDI over sdh
Text: M21262 CDR/Reclocker with 4:1 Input Multiplexer The M21262 is a CDR/reclocker with 4:1 input multiplexer for telecom, datacom, and HD/SD video applications. Each output channel has an independent multi-rate CDR capable of operating at data rates between 42 Mbps and 3.2 Gbps.
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M21262
M21262
21262-DSH-001-C
ifr 4000 pcb circuit diagrams
hd-sdi pcb layout
M21260
14305H
212xx-SWG-001
mf10
pcb layout mindspeed
424M
HD-SDI over sdh
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MINDSPEED m21355
Abstract: M21355 Rogers microstrip 3003 M21260-11P 21260-DSH-001-H AT89C51Rx2
Text: Not Recommended for New Designs This part has been replaced by the M21355 M21260 4x4 Crosspoint Switch with Integrated CDR/Reclockers The M21260 is a high-performance 4x4 crosspoint switch with an integrated independent multi-rate quad channel CDR/reclocker
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M21355
M21260
M21260
21260-DSH-001-H
MINDSPEED m21355
M21355
Rogers microstrip 3003
M21260-11P
21260-DSH-001-H
AT89C51Rx2
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0422
Abstract: cdr 650 HDMP-0422 HDMP-1636A MO-150
Text: Agilent HDMP-0422 Single Port Bypass Circuit with CDR & Data Valid Detection Capability for Fibre Channel Arbitrated Loops Data Sheet Description The HDMP-0422 is a Single Port Bypass Circuit PBC with Clock and Data Recovery (CDR) capability included. This integrated
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HDMP-0422
HDMP-0422
HDMP0422,
5988-8561EN
5988-9759EN
0422
cdr 650
HDMP-1636A
MO-150
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Rogers microstrip 3003
Abstract: No abstract text available
Text: M21250/M21251/M21252 Quad-Channel CDR/Reclocker 42 Mbps - 3.2 Gbps The M21250, M21251, and M21252 (M2125x) devices are high-performance quad channel retimers optimized for telecom, datacom, and digital video applications. Each channel of the CDR/reclocker array includes an
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M21250/M21251/M21252
M21250,
M21251,
M21252
M2125x)
M2125x
2125x-DSH-001-G
Rogers microstrip 3003
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AMCC s19202
Abstract: No abstract text available
Text: DEVICE SPECIFICATION SONET/SDH/ATM MULTI-RATE 4-BIT TRANSCEIVER WITH CDR BiCMOS LVPECL OC-12 CLOCKTRANSMITTER GENERATOR SONET/SDH/ATM MULTI-RATE 4-BIT TRANSCEIVER WITH CDR AND RECEIVER S3465 S3465 S3465 APPLICATIONS FEATURES • CMOS 0.18 micron technology
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OC-12
S3465
S3465
OC-48
OC-48
OC-24
OC-24
OC-12
AMCC s19202
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1MN37
Abstract: M21250-12 DS-M21252G-21 10GBASE-CX4 424M M21250 M21252 hd-sdi pcb layout 12.5 CDR M21251
Text: M21250/M21251/M21252 Quad-Channel CDR/Reclocker 42 Mbps - 3.2 Gbps The M21250, M21251, and M21252 (M2125x) devices are high-performance quad channel retimers optimized for telecom, datacom, and digital video applications. Each channel of the CDR/reclocker array includes an
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M21250/M21251/M21252
M21250,
M21251,
M21252
M2125x)
M2125x
2125x-DSH-001-H
1MN37
M21250-12
DS-M21252G-21
10GBASE-CX4
424M
M21250
M21252
hd-sdi pcb layout
12.5 CDR
M21251
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M21260
Abstract: M21218 pcb layout mindspeed Lane keeping Suport 424M M21260-12 21260-DSH-001-G TT-00-06
Text: M21260 4x4 Crosspoint Switch with Integrated CDR/Reclockers The M21260 is a high-performance 4x4 crosspoint switch with an integrated independent multi-rate quad channel CDR/reclocker array, optimized for telecom, datacom, and digital video applications. Each channel has an independent multi-rate reclocker
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M21260
M21260
21260-DSH-001-G
M21218
pcb layout mindspeed
Lane keeping Suport
424M
M21260-12
21260-DSH-001-G
TT-00-06
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0421s
Abstract: fibre 70841B
Text: Agilent HDMP-0421 Single Port Bypass Circuit with CDR for Fibre Channel Arbitrated Loops Data Sheet Description The HDMP-0421 is a Single Port Bypass Circuit PBC with Clock and Data Recovery (CDR) capability included. This integrated circuit provides a low-cost, low-power
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HDMP-0421
5988-8562EN
0421s
fibre
70841B
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Untitled
Abstract: No abstract text available
Text: M21260 4x4 Crosspoint Switch with Integrated CDR/Reclockers The M21260 is a high-performance 4x4 crosspoint switch with an integrated independent multi-rate quad channel CDR/reclocker array, optimized for telecom, datacom, and digital video applications. Each channel has an independent multi-rate reclocker
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M21260
M21260
21260-DSH-001-F
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GD16547
Abstract: GD16547-48BA STM-16
Text: 2.5 Gbit/s Clock and Data Recovery GD16547 General Description Features The GD16547 is a high performance monolithic integrated Clock and Data Recovery CDR device applicable for optical communication systems including: u SDH STM-16 u SONET OC-48 The CDR contains all circuits needed for
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GD16547
GD16547
STM-16
OC-48
DK-2740
GD16547-48BA
STM-16
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OC 74 germanium transistor
Abstract: No abstract text available
Text: Advance Product Information Subject to Change 9.9, 10.3, 10.6, 10.7, 11.05, 12.4 Gbps CDR-DMUX VSC1234 Datasheet • • • • • • • • • • • • 1 to 16 Demultiplexer with integrated CDR Optimized for ULH and LH applications Pin compatible with VSC1234 device
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VSC1234
100-pin
VMDS-10094
1-800-VITESSE
OC 74 germanium transistor
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Untitled
Abstract: No abstract text available
Text: Agilent HDMP-0422 Single Port Bypass Circuit with CDR & DV for Fibre Channel Arbitrated Loops Data Sheet Description The HDMP-0422 is a Single Port Bypass Circuit PBC with Clock and Data Recovery (CDR) capability included. This integrated circuit provides a low-cost, lowpower physical-layer solution for
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HDMP-0422
HDMP-0422
HDMP0422,
5988-8561EN
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10G BERT
Abstract: TOSA 10G TOSA MAX3991 MAX3992 MAX3992UTG SDD11 STM-64 100G TOSA
Text: 19-3496; Rev 1; 11/05 10Gbps Clock and Data Recovery with Equalizer Features The MAX3992 is a 10Gbps clock and data recovery CDR with equalizer IC for XFP optical transmitters. The MAX3992 and the MAX3991 (CDR with limiting amplifier) form a signal conditioner chipset for use in XFP transceiver modules. The chipset is XFI compliant and offers
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10Gbps
MAX3992
MAX3991
95Gbps
T2444-4)
MAX3992
10G BERT
TOSA 10G
TOSA
MAX3991
MAX3992UTG
SDD11
STM-64
100G TOSA
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100G TOSA
Abstract: 10gbps clock and data recovery T2444-4 TOSA 10G 16113 MAX3991 MAX3992 MAX3992UTG SDD11 STM-64
Text: 19-3496; Rev 2; 11/06 10Gbps Clock and Data Recovery with Equalizer Features The MAX3992 is a 10Gbps clock and data recovery CDR with equalizer IC for XFP optical transmitters. The MAX3992 and the MAX3991 (CDR with limiting amplifier) form a signal conditioner chipset for use in XFP transceiver modules. The chipset is XFI compliant and offers
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10Gbps
MAX3992
MAX3991
95Gbps
100G TOSA
10gbps clock and data recovery
T2444-4
TOSA 10G
16113
MAX3991
MAX3992UTG
SDD11
STM-64
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10G BERT
Abstract: DS186 g.709 MAX3991 MAX3991UTG MAX3992 SDD11 STM-64 30-pin connector for LVDS connector 100G TOSA
Text: 19-3486; Rev 0; 11/04 10Gbps Clock and Data Recovery with Limiting Amplifier The MAX3991 is a 10Gbps clock and data recovery CDR with limiting amplifier IC for XFP optical receivers. The MAX3991 and the MAX3992 (CDR with equalizer) form a signal conditioner chipset for use in XFP transceiver modules. The chipset is XFI compliant and offers
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10Gbps
MAX3991
MAX3992
95Gbps
T2444-4)
10G BERT
DS186
g.709
MAX3991UTG
MAX3992
SDD11
STM-64
30-pin connector for LVDS connector
100G TOSA
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10G BERT
Abstract: TOSA 10G 1K-100M 100G TOSA MAX3991 MAX3992 MAX3992UTG SDD11 STM-64
Text: 19-3496; Rev 0; 11/04 10Gbps Clock and Data Recovery with Equalizer Features The MAX3992 is a 10Gbps clock and data recovery CDR with equalizer IC for XFP optical transmitters. The MAX3992 and the MAX3991 (CDR with limiting amplifier) form a signal conditioner chipset for use in XFP transceiver modules. The chipset is XFI compliant and offers
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10Gbps
MAX3992
MAX3991
95Gbps
T2444-4)
MAX3992
10G BERT
TOSA 10G
1K-100M
100G TOSA
MAX3991
MAX3992UTG
SDD11
STM-64
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10G BERT
Abstract: FEC 10G CDR 100G TOSA MAX3991 MAX3991UTG MAX3992 SDD11 STM-64 30-pin connector for LVDS connector
Text: 19-3486; Rev 1; 11/05 10Gbps Clock and Data Recovery with Limiting Amplifier The MAX3991 is a 10Gbps clock and data recovery CDR with limiting amplifier IC for XFP optical receivers. The MAX3991 and the MAX3992 (CDR with equalizer) form a signal conditioner chipset for use in XFP transceiver modules. The chipset is XFI compliant and offers
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10Gbps
MAX3991
MAX3992
95Gbps
T2444-4)
10G BERT
FEC 10G CDR
100G TOSA
MAX3991UTG
MAX3992
SDD11
STM-64
30-pin connector for LVDS connector
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300C
Abstract: ADN2809 ADN2811 ADN2819 OC48 Phase Shifter 100mhz
Text: PRELIMINARY TECHNICAL DATA OC-48 FEC CDR for WDM Transponders ANALOG DEVICES ADN2811 Preliminary Technical Data FEATURES PRODUCT DESCRIPTION • Meets SONET Requirements for The ADN2811 provides the receiver functions of Quantization, Signal Level Detect and Clock and
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OC-48
ADN2811
ADN2811
OC-48
ADN2809
300C
ADN2819
OC48
Phase Shifter 100mhz
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BCM8156
Abstract: BCM8152 SFP LVDS STM-64 SFP GR-253 BCM815 10G prbs
Text: BCM8156 MULTIRATE LOW-POWER 10G XFI TO SFI-4.1 TRANSCEIVER FEATURES • Fully integrated multirate CDR, DEMUX, MUX, CMU • 300-pin Multisource Agreement MSA compatible SUMMARY OF BENEFITS • Compliant to OIF, Telcordia®, ITU-T, XFI specification, and
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BCM8156
300-pin
GR-253,
16-bit
BCM8156
301-pin
BCM8152
196-pin
8156-PB00-R
BCM8152
SFP LVDS
STM-64 SFP
GR-253
BCM815
10G prbs
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G958
Abstract: GR-253-CORE STM-16
Text: September 2001 Optical Communication Devices 2.5 Gb/s Optical Receiver Module TOAD346-RXMS/TOPD346-RXMS Series APPLICATIONS • SONET / SDH OC-48 / STM-16 applications FEATURES APD, TIA and CDR • TOAD346-RXMS: Sensitivity: −32 dBm (typ. @ BER = 1 x 10
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OAD346-RXMS/TOPD346-RXMS
OC-48
STM-16)
OAD346-RXMS:
OPD346-RXMS:
G958
GR-253-CORE
STM-16
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GD16547
Abstract: No abstract text available
Text: 2.5 Gbit/s Clock and Data Recovery GD16547 Preliminary General Description Features The GD16547 is a high performance monolithic integrated Clock and Data Recovery CDR device applicable for optical communication systems including: u SDH STM-16 u SONET OC-48
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GD16547
GD16547
STM-16
OC-48
DK-2740
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AMCC DATE CODE MARKING
Abstract: amcc s3155 AMCC year code S3155 GR-253-ILR p13n10
Text: Part Number S3155 Revision 5.02 – March 29, 2006 S3155 Data Sheet SONET/SDH/ATM OC-48 Transceiver with CDR FEATURES • • • • • • • • • • • • • • • • • • • • APPLICATIONS 650 mW typical power Integrated clock data recovery
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S3155
S3155
OC-48
OC-48
16-bit
DS1166
AMCC DATE CODE MARKING
amcc s3155
AMCC year code
GR-253-ILR
p13n10
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